Chicago Stainless Equipment, Inc.

Conforms to 3A 74-05 Sanitary Standards for Sensors and Sensor Fittings and Connections Used on Milk and Milk Products Equipment.

3-A Sanitary Standards, Inc. (3-A SSI) is an independent, not-for-profit corporation dedicated to advancing hygienic equipment design for the food, beverage, and pharmaceutical industries.

IP67 - IP means "Ingress Protection". IP67 enclosures are rated as "dust tight" and protected against the effects of temporary immersion in water.

Chicago Stainless Equipment Sensors can be Cleaned in Place (CIP) and/or Steamed in Place (SIP) without damaging the sensor. Just be certain not to exceed the operating temperature limits.

Chicago Stainless Equipment Sensors can be Autoclaved to 150°C (302°F) maximum. Temperature Transmitters electronics must be removed from housing prior to autoclave.

This is the temperature limit of the product being measured which the sensor is capable of measuring.

For higher process temperature applications, please consolt factory.

This is the temperature limit of the product being measured which the sensor is capable of measuring.

For higher process temperature applications, please consolt factory.

This is the temperature range of the environment which the sensor can safey be exposed to. If the sensor should go above or below these temperature limits, the instrument will not operate properly.

All Chicago Stainless Equipment sensors come with a standard 12mm industrial connector with gold plated contacts. This allows for quick and easy installation and removal. No complicated leaking wiring heads or tools required. Simply plug in the connector, hand tighten, and go. Cables can be purchased separately from CSE or from most industrial supply warehouses.

Accuracy is defined as the conformity of an indication to its true value. Accuracy is ± (plus or minus) a stated value across the full range. For example, a temperature transmitter with an accuracy of ±0.2% of full scale that has had its range set to 50 to 120°C, would mean that the sensor can be off no more than 0.14°C ( 0.002x[120-70]=0.14) above or below the actual temperature.

This is the standard range at which the transmitters are set by the factory. Temperature transmitters can be ordered with a different range if desired, or they may be adjusted in the field by a knowledgeable technician.

Accuracy is defined as the conformity of an indication to its true value. Accuracy is ± (plus or minus) a stated value across the full range. For example, a sensor that has an accuracy of ±0.15°C would mean that the sensor can be off no more than 0.15°C above or below the actual temperature.

The temperature coefficient describes the average resistance change per unit of temperature from the ice point to the boiling point of water.

α = (R100 – R₀)/R₀/100°C

The stability of a sensor is its measure of how repeatable the instrument is over time.